Piezoelectric Effect and Ignition Properties of Coal Mine Go

A paper, published in ACS Omega, investigates the piezoelectric effect of roof deformation and fracture sparking the methane qualities to provide accurate ideas for the prevention and management of gas explosions in the gob.

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China , Australia , Japan , United States , Lintin , Guangdong , United Kingdom , Kakioka , Ibaraki , Liaoning , Australian , Japanese , American , British , Laura Thomson , Laura Thomsonmar , International Journal Of Mining Science , Nature Communications , Liaoning Technical University , Geophysical Journal International , Journal Of Geophysical Research , International Journal Of Coal Geology , China University Of Mining Technology , Journal Of China Coal Society , International Conference , Technology Of China , Journal Of University Science , King Ropes , Image Credit , Loading Time , Peak Pressure , Damage Phase , Renlou Mine Sandstone , Different Loading , Explosion Times , Beyond Databases , China Coal Society , Environmental Science , Coal Geology , Mining Science , Safety Engineering , Applied Physics , Particle Physics , Solar Terrestrial Physics , Kakioka Magnetic Observatory , Gas Discharge , Applied Optics , Journal International , Environmental Protection , Geophysical Research , Solid Earth , Coal Mine Gob , Piezoelectric Effect , Ignition , Roof Explosion ,